NC SHAPE APPLICATION IN ROTATING MACHINERIES
The design and optimization of rotating machines is one of the most studied and challenging topic in engineering.
The design and optimization of rotating machineries is one of the most studied and challenging topics in Engineering.
PREDICTION OF NUMEROUS INPUT PARAMETERS' EFFECT
Detailed performance maps in a few seconds.
With a trained Shape model, you can predict the effect of hundreds of variations of input parameters such as mass‑flow rate and rotation speed, in only a few seconds.
INTEGRATION INTO ADVANCED MODELING PLATFORMS
Integrated into the OMNIS Framework.
The Shape technology is integrated and coupled into the OMNIS platform, which offers all the predictive and optimization capabilities of Shape, directly integrated into an advanced modeling platform for Turbomachines.
INDEPENDENCE FROM PARAMETRIZATION
Enter a world of freedom by gathering data from innumerable parametrizations.
If your company is using multiple representations of blade geometries and you want a model that is independent from the parametrization, Shape is made for you.
PREDICTION CORRESPONDING TO MERIDONIAL AND BLADE-TO-BLADE VIEWS
Shape is able to predict pressure and velocity fields on interactively defined 2D slices corresponding to meridional and blade-to-blade views.
Predict slices over blade-to-blade and meridional views